TW402555B - Method for producing short barbs densely deposed on the blank surface of the ceramic decorative products - Google Patents

Abstract

A method for producing short barbs densely deposed on a blank surface of the ceramic decorative products, which is mainly to produce a resin prototype from the mud prototype having short barbs densely deposed on the mud blank surface by a silicon gel mold. Use resin prototype to separately make two silicon gel molds of an upper and a lower mud castings. The mud is cast into the silicon gel mold in order, then use the upper mold member of the silicon gel mold to absorb the water moisture of the mud to form two blank bodies with a predetermined thickness, and remove the upper mold members of the silicon gel mold. Coat the mud on the seam of the blank body in the silicon mold, and then couple the silicon gel molds again. Until the mud on the seam is dry, the two halves of the blank body will combine into a complete molding blank body, and after high temperature burning, such molding blank body will have short barbs and decorative stripes densely deposed on the surface of the ceramic decorative products.

Description

1% jr〇- V. Description of the invention (1) [Background of the invention] <Field of invention> The present invention relates to a kind of decorative ornament ♦, especially a method for manufacturing a small chamfered ceramic ornament with a dense surface on any surface. By. 〈Known technology〉 In the conventional ceramic decorations, the prototype is made of gypsum using a mud prototype, and the mud is injected into the gypsum mold. When the mud is absorbed by the gypsum mold, 2 parts are obtained to a proper thickness of the green body. , The internal mud is poured out, when the green body is dry enough to be demolded, it is taken out from the gypsum mold to form a complete ceramic decorative body, which is formed into a ceramic green body after firing ; The ceramic ornament uses gypsum as a production mold. When manufacturing the mold, it is necessary to avoid the chamfer position of the clay blank prototype and determine the location of the parting line; sometimes it is necessary to avoid the chamfering with several parting lines; When the chamfer surface is densely covered with short chamfers, it cannot be produced with traditional plaster molds. When there is a short chamfer on the surface of the mud, use silicon material as a tool. Apply a thin layer of silicon glue on the surface of the mud to completely residual silicon on the surface of the mud to prevent air bubbles from forming. Pour a large amount of silicone paste into an open container of appropriate size and position, and perform a defoaming operation. After the silicone paste is solidified, use a sharp blade to cut a cut of the appropriate size, and take out the prototype of the clay &amp; Washed and cast silicone mold. The silicone mold can be used for plaster, plaster, and so on. After the slurry is cured and taken out, the plaster decoration σβ and the resin embryo are copied. The use of the silicone mold is based on the casting. After the liquid itself is poured into the stone mold, it is directly solidified by the physical properties of the material. For example, the gypsum system uses its material to be in a permanently dry state. Page 4-V. Description of the invention (2) Affinity, and Mixing between water mixing materials The silicone mold is cast in a silicone mold. The silicone mold is produced. [Introduction to Creation] The prototype of the present invention, the main ceramic ornament of the present invention, is made of silicone into at least two pieces. The rubber part, a mud-washed cast module and the positioning bottom slurry are made of the upper mold material, which can absorb the dryness of the stone enough to be demoulded into a body bonding line. With the dryness of the upper mold, the short slurry of the strong cloth detached from the high-quality mold does not produce a hardening effect. The resin is based on a hardener and mainly produces a hardening effect. Because it does not have water absorption, it is not suitable for the casting of mud. The washed mud cannot absorb water, and the mud cannot be used as a smelt. The purpose, the manufacturing method and the purpose, the mold is made into a mold. Each cavity of the silicon module is combined and combined. The quality of the mold is stopped. The paste is coated and the blank is formed. The dense surface absorbs the surface of the mold body. Degree, self-silicon will provide a dense compact short surface on the body surface in the demolding system. It is to provide a resin prototype with short and dense surface, and then use the original resin. A silicone mold contains a water-absorbing upper mold and a plastic mold. The silicone upper mold is removed with a mud in the cavity and merged. It is because the inverted module with mud in the mud is short and dense. When it is taken, it is washed by the cavity of the broken module. Most of the water parts have water absorption effect. The mold cavity is inverted, and the scales are washed with the water to the corner, and the shape chain body that has been dried to the bottom is bad. The chamfered mud molds are separately prepared bottom molds, and the silicon is cast into an appropriate amount of mud gypsum material until the blank in the dry piece is dried. The silicone mold cavity is sufficiently demolded in the cavity of the mold, and the surface is dense.

^ 40255 &amp; V. Description of the invention (3) A further object of the present invention is the self-silicon body, which is located at the joint line of the two-half-height green body. After the shaping position is taken out after trimming, the shaping body is completed. [Simplified illustration of the figure] Figure 1 is a traditionally produced ceramic ornament. Figure 2 is a ceramic ornament produced by the present invention. Figure 3 is a ceramic produced by the present invention. Fig. 4 shows the prototype operation of the resin molding process of the present invention. Fig. 5 shows the manufacturing process of the operation process and the bottom mold process of the silicone mold process of the present invention. Figure 6 shows the manufacturing process of the silicone mold working part and the bottom mold part of the present invention. ', Figure 7 is the mud washing and casting thickness of the present invention, Figure 8 is the upper mould working drawing of the present invention, Example Figure 9 is the upper mould working drawing of the present invention, showing W It _ is the mud washing casting of the present invention f HI Mud pouring operation diagram. F Caihuan Figure 12 is the mud washing and casting operation diagram of the invention. Qiu 4 casting operation picture taken out of the glue mold, A, using the mud coating; two: 枉:, I ”stimulated coating as ㊁. The body view is located on the joint line. Perspective view. Side view. Figure. 囷 'shows the first silicon “Quality mold” shows the working chart of the first stone mold. Not on the production of the module. Not on the profile. The first module shows the second module. The first—silicon mold shows the second silicone mold map. Ten is the operation diagram of the upper module of the present invention. Example 5. Description of the invention (4) FIG. 12 is the operation diagram of the mud casting of the present invention, showing the state in which the green body bonding line in the two siliceous module is coated with mud and merged. [Explanation of the preferred embodiment] The present invention relates to a ceramic ornament with dense short chamfers on the surface of the green body, as shown in Figures 4 to 13, mainly on the mud prototype 11 with dense chamfers on the surface. The mold 12 is turned into a resin prototype. 3, and then the resin prototype 13 is respectively used to make two upper and lower mud casting silicone molds 14, 15; the two silicone molds 14, 15 are respectively made of bottom molds 41, 51, and silicon molds. It consists of modules 42 and 52, upper modules 43, and 53. The silicon Pieces 42 and 52 are combined with the bottom molds 41 and 51, and are washed and molded in the mold cavities and 24b of the silicon molds 42 and 52. Then, the upper molds 43 and 53 are combined and locked. Evening mass mold 7; f 8 The mud in 24A, 248 will be subjected to water absorption by the upper mold 43, the absorption silicon module 42, 52 cavity molds, and [4, 1 5] slurry. Until the dryness is enough to release the mold, the silicone thread is coated, and then combined, wait for mud = Li Erde, the surface is dense and short; the corner mv2 is separated from the forming chain, and the heart is made-the surface is short and dense. The horn and decorative stripe of the plain body are made of 密: dense γ, ：: ceramic ornaments of horns, we use the bear-type pine slabs to make the body, 45 and limbs 46. and other parts :, =-* r4Q2555__ V. Description of the invention (5) The production mold is made. After the blanks of the components are completed, they are joined by mud. The mold used in the traditional manufacturing method is based on the gypsum material. The production mold is turned over. During assembly, the slurry is cast into a mold, and the gypsum substrate has the property of absorbing water to absorb the moisture of the slurry cast in the mold. When the thickness of the green body reaches a proper thickness, pour out the mud inside the mold. When the green body is dry enough to remove the film, remove the mold and take out the green body. The part can only be presented in smooth stripes. As shown in Figures 1 and 2, the furry part 5 5 of the bear is presented with dense short chamfers. The mold based on traditional plaster cannot be overcome. The demoulding operation of densely chamfered short chamfers. The manufacturing method of densely chamfered short chamfered ceramic ornaments on the surface of the green body provided by the present invention, taking a bear as an example, can make the bears 55 with densely chamfered furry parts 55 The complete body is formed into a green body after sintering at high temperature. The body 45 and limbs 46 of the bear must be made into molds respectively, and finally completed through combination. The operation of the rolling method of a row, the turning operation of a single component, taking the bear's body part 45 as an example, the prototype of the mud with a small chamfered surface η. The ceramic decoration with a short chamfered or fine lines on the surface is made. Pincher The steps and structure include: 1. Turning the clay prototype 11 into a resin prototype: As shown in Figure 4, 'It is attached to the surface of the clay mold u with a small chamfer on the surface. It is coated with silicone evenly on the surface of the clay prototype u. , Placed in a preset container and positioned 'inject an appropriate amount of Shi Xijiao into the container, and completely embed the loach type u in the silicone polymer in the container; apply uniformly to the mud prototype u ^ 108555 _ V. Description of the Invention ^ ~; ------- Xijiao is to prevent bubbles from forming on the surface of the mud prototype ii. After the silicone gel is solidified, cut with a sharp edge a mouth that can remove the mud prototype 11 and seal it. The clay prototype in the silicone mold is taken out, and a castable silicone mold 1 2 is completed. The clay prototype is located in an appropriate position. One is reserved with a washing port, and the molded silicone mold is 1 2 Has a wash port; cast or inject the appropriate amount of resin into the silicone mold, 2 after the resin solidifies, a resin prototype is completed; 2 · Resin prototype with silicone mold 1 3: Check the resin prototype 1 3 best Position of the straight parting line, the resin prototype 1 3 and the plaster plug board 丨6 Preset binding holes〗 7 The combination shown in Figure 5 allows the pre-bound upper half of the resin prototype 丨 3 to be above the straight parting line, and the gap between the combination hole 17 and the resin prototype 13. Sealed with plug material 丨 8; Placing the gypsum plug plate 16 on the support block 19, coating the surface of the resin prototype 1 3 on the exposed upper part with silicone glue several times, and the silicone glue will be produced on the surface of the resin prototype j 3 A silicone mold 37 of appropriate thickness is located around the gypsum plug board 16 with a baffle 20, and an appropriate amount of silicon glue is injected into the inner space of the enclosure, so that the gypsum plug board 16 has an appropriate thickness of the stone veneer surface 26. 'After the silicone is solidified, the silicon module 42 component of the silicone mold 14 is formed; before the silicone plug is injected, the columnar and surrounding cavities and holes in the upper part of the resin prototype 13 are dug before the silicone injection. The positioning groove 25 forms a protrusion and a positioning flange 2 7 surrounding the periphery of the mold cavity 24 A and 24B after the silicone gel is solidified. The upper surface of the silicon module 42 is surrounded by the inner space of the baffle 20. An appropriate amount of gypsum slurry is washed and cast 'to form a bottom module 4 after the gypsum slurry has set.

02555 V. Description of the invention (7) 42 and the baffle 20 around the periphery of the piece 41. Place the bottom module 41 and the silicon module underneath. ΪΪ 转 16 turns. The cast gypsum bottom module 41 is at I: Remove the plate 16 'Remove the base 18 attached to the resin prototype 13 and need to clean it thoroughly; Place the bottom mold 41 of the stone rubber mold 14 on the flat plate, and the dream quality module The upper edge surface of the quality mold 42 is coated with a mold release agent and exposed on the surface of the silicon prototype 13 as shown in FIG. 6. As shown in FIG. 6, Shi Xijiao glue will be produced on the surface of the resin prototype 13. = Enclosed with baffle 28 ', the inner edge of the enclosed space == :, the thickness of the rubber surface 29 and the dream above the dream module 42: the surface 26 is equal or slightly thicker, and the silicone mold is completed with the silicon mold A plastic cavity and a positioning groove 30 are formed on the periphery of the resin prototype 13 in combination with the silicon module 42. The dog's clothing "Tongyao Yaozhen Town's upper edge surface" surrounds the inner edge space of the seeding plate 28. The gypsum slurry forms a bottom module 51 after the gypsum slurry is condensed. The bottom modules 41 and 51 of ~~ 15 are separated from the stone-quality modules 42 and 52, and the enclosure baffle 28 is removed. 'Blade ^ Remove the bottom mold 41 of the stone syrup mold 14 and the mold of the syrup rubber, leaving the two stone ash quality molds covering 42 perimeters of the tree wax prototype 42 cow ^ This cladding on the resin prototype 1-3 The thickness of the stone syrup is not very thick, and it can be easily separated from the resin prototype with small chamfers on the surface. 3... Position, fill the mold cavity 24B with a moderate thickness of knuckle soil 40, the end edge and the mold page 10 5. Description of the invention (8) &quot; &quot; &quot; &quot; &quot; &quot; '' ---- 1 The port 24B of one cavity is flush; as shown in Figure 8, the periphery of the bottom mold 51 of the silicone mold 15 is enclosed by a baffle 35, and an appropriate amount of gypsum slurry is cast, and the gypsum slurry is solidified, + the upper mold of the silicone mold 15 Operation 53; 70 As shown in Figures 9 and 10, the upper molds 仞 ′ M of the silicone molds 14 and 15 are a kind of fitting / tapering on the upper edge port of Knotty soil 40 before plaster casting. The gate piece 56 is in contact with the knuckle soil 40, and the casting of the gypsum slurry is performed until the gypsum slurry is solidified. The upper mold pieces 43 and 53 are made into a flood for the mud pouring, respectively, and the enclosure is removed. Plate 35, remove the upper mold parts 43, 53 and the gate part 56, remove the knuckle soil in the silicon mold parts 42, 52 cavity 24A, 24B, and perform the cleaning work 'to avoid the knotty soil remaining in the mold cavity In 24A and 24B, the casting operations with short chamfers are densely covered on the surface; the upper molds ^ and 53 provided with the gate 57 are used for the refurbishment of the gate 57; Finished; In order to enhance the positioning between the components of the dream gel mold 1, 4, 15, the outer corner positions of the contact surfaces of the bottom molds 41, 51 and the silicon molds 42, 52, as shown in Figures 11 and 12, Dimples 39 of appropriate size are respectively dug, and the dimples 39 are respectively injected with silicon rubber. The three components of the silicon mold are combined again, and the silicon rubber injected into the dimples is generated between the peripheral surfaces of the silicon modules 42 and 52. After the contact is squeezed, the silicone in the cavity is solidified and integrated with the surface of the silicon modules 42, 52 to form a bump 58 to strengthen the space between the silicon modules 42, 52 and the bottom modules 41, 51. Positioning ability. 3. Washing and casting the mud chain body 31 with a stone rubber mold: [02555 V. Description of the invention (9) As shown in Figures 11 and 12, the bottom mold parts W and ^ of the silicone mold Η, ^ are A module for the positioning of stone-quality modules 42 and 52. The stone-quality modules 糸 use the central mold cavities 24A and 24B for mud casting and demoulding: 'the surface of the mud blank 31 is densely covered with short chamfers. Will be broken, the upper mold 53 is made of plaster, the inner modules 36A, 36β and the silicon module u dip 52 = mold cavities 24α, 24B keep a distance, using plaster to absorb water to amine; dip absorption The water content of the mud at the positions of the mold cavities 24A and 24β forms a green body which is dry enough to branch off, and the thickness of the green body 31 reaches the desired uniformity. ^ The scale mud is in front of the mold cavities 24A and 24β of the stone-quality modules 42 and 52. The surfaces of the mold cavities 24A and 24B of the silicon plum tin and 52 need to be kept clean to avoid the shadow of impurities: J cloth short chamfering, and at the same time, the upper mold 43 '53 needs to be cast in the mud. Pieces 41 and 51 were placed on a flat plate, and pieces 42 and Shixi quality module 52 were completed. A small amount was applied to Shixi quality modules 42, 52 Shixi. 2 Shape agent, whereupon the upper die member 43 'and 53, such as a circle and close clamp t; the siliceous slurry casting mold 42, 52

Because of the non-gate design, the “silver mold” injected into the cavity 24A needs to be measured in advance; before casting, a small amount of mud is applied to the cavity with a coating wedge a. The surfaces of 24A and 24B prevent the mud, Qin shovel 24β from generating bubbles at short chamfers after the mud is cast; dagger = corrected to ⑦f module 42, 52 cavity m, ⑽, the recipient 42, 52 Merging failure, the pushing of the mud aggregate module 36 of the mold cavities 24A, 24 "to the port positions of the mold cavities 24A, 24B, the amount of outward / is very small, and will not affect the clamping of the module; Silicon mold Page 12 402555 Five 'description of the invention (10) The thin layer of mud between the silicone surface of the 42 and 52 pieces and the upper mold pieces 43 and 53 will be absorbed by the upper mold pieces 43 and 53 when they are released. As shown in Figures 11 and 11, the upper mold parts 43 and 53 of the silicone molds 14 and 15 are provided with a gate 57 and the cavity 24A of the silicon mold parts 42 and 52 is reserved. , 24B coated with a small amount of mud, upper molds 43, 53 and silicon modules 42, 52 merged and clamped, from the gate "position, the slurry 59 is cast to the cavity 24A, 24B and the space between the internal modules 36A, 36B; In the mud Moisture will be absorbed by the inner modules 36A, 36B made of gypsum substrate 'to be washed and cast in the silicon modules 42, 52 cavities 24A, 24B and the upper modules 43, 53, 53 in the module 59 in the mud 59 between the modules When absorbed by the inner module 36 of the upper modules 43 and 53 to a degree sufficient to release the film, a half-plane blank with a uniform thickness is produced; the upper modules 43 and 53 of the silicon modules 42 and 52 are respectively removed, and the two modules are Residual mud at the mouthwash position is cut off ', then in the silicone mold 丨 4, 丨 5 The semi-planar body 31 in the silicon mold 42, 52 is coated with mud at its joint line', and then the two silicone mold 丨 4 And 15 are merged and lost. As shown in FIG. 13, the two-half-plane green body 31 is merged and clamped in the mold. After the coated slurry is dried, the half-plane green body 31 is joined to form a complete body. \ The bottom mold parts 41 and 51 of the two silicone molds 14 and 15 are removed, and the silicon mold parts 42 and 52 are separated from the body 31 respectively. The surface of the removed shape body is not covered with short chamfers. Any damage; it is located in the joint connection position, and only needs to be slightly modified by human work; as shown in Figures 2 and 3, the bear's four The components of the limb part 46 are made in the above-mentioned manner, and the positions of the joint surfaces with the two sides of the body part 45 are respectively connected with the loach. They are placed in a kiln and sintered at high temperature to make a surface densely short or fine. Grained ceramic ornaments

Page 13 402555 V. Description of the invention (11) The rubber molds 14 and 15 used for the above-mentioned ceramic green body with dense short chamfers on the surface include: Shixi quality modules 42, 52 'This silicon mold The center of the pieces 42 and 52 is provided with mold cavities formed by the blank gift 31: 24A, 24B 'The mold cavities 24A, .24B are copied from the shape of the prototype with dense short chamfers, among which the silicone mold 4 The Xixi module 42 is located at the periphery of the cavity 24A to form a protrusion and a positioning flange 27 surrounding the periphery of the cavity. The Shixi module 5 2 is also located at the periphery of the cavity 2 4B. The recesses and positioning grooves 30 and the peripheral protrusions of the silicon module 42 and the surrounding nipples 2 and 7 have a mutual positioning function; the peripheral edges of the mold holes 24A and 24B of the stone evening module 42 and 52 are of appropriate thickness. The stone surface rubber surface 26 is provided. The lower edge surfaces of the silicon modules 42 and 52 are in close contact with the upper edge surfaces of the bottom modules 41 and 51. The bottom modules 41 and 51 cooperate with the silicon modules 42 and 52. The shape of the lower edge surface is formed by gypsum gypsum, and has a proper thickness. A plurality of positioning cavities 39 are provided on the periphery of the bottom molds 0 and η. The cavity 39 is extended from the broken rubber surface 26 of the silicon modules 42 and 52 ′ for the positioning between the bottom modules 41 and 51 and the stone evening modules 42 and 52;

The upper molds 43 and 53 are formed by casting gypsum slurry on the upper edge surfaces of the silicon molds 42 and 52. The upper molds 43 and 53 are adjacent to the silicon molds 42 and 52 in the cavities 24A and 24B. A proper gap is reserved, and the protruding inner module 36 is provided for washing the mud collected in the silicon modules 42, 52 cavities 24A, 24β. The protruding inner module 36 absorbs the moisture in the mud. The silicon molds used for the above-mentioned ceramic green bodies with short chamfered surfaces are usually made of two-piece ceramic ornaments.

402555

Page 15 V. Description of the invention (12) The mud pressed by the inner module 36 of the whole 53 of the porcelain ornaments, and absorbed by the mold cavity 24, may be densely formed, and both are made of flat plastic, bas-relief trim chamfering or Fine lines are finished. The surface of the decorative surface of this process can be densely packed. The surface can be easily squeezed. # Quality mold cloth is short and uniform in the pre-face type. At this time, only the cloth is short and thin. The thickness of the inverted cylinders of the quality modules 42, 52 is set. The ceramic decorative blanks 3 all use the water in the mold cavities 24A, 24B in the mold cavities 24A, 24B of the above-mentioned chamfers or fine chamfers or gypsum in a single group, The surface 'when there is no damage to the board when demolding', such as the carvings on the front of the mug, can be made by compacting and pouring the short plastic molds on a single flat surface. The replica also has a striped agricultural ornament. 40¾¾55 V. Description of the invention (13)

The terminology of the present invention on page 16 is shown in Table 11. Prototype of clay 12 Silicone mold 13 Resin prototype 14 Silicone mold 15 Silicone mold 16 Gypsum plug plate 17 Joint hole 18 Plug material 19 Support block 20 Baffle 24 Mold cavity 25 Recess and positioning Slot 26 Silicone surface 27 Positioning flange 28 Baffle 2 9 Silicone surface 30 Positioning groove 31 Green body 32 Joint surface 35 Baffle plate 36 Inner module 37 Silicone mold 38 Silicone mold 39 Recess 40 Wood / rJt ie soil 41 Base module 42 Silicone module 43 Upper module 45 Body 46 Limbs 51 Bottom module 52 Silicone module 53 Upper module 55 Rough part 56 Washing alpha part 57 Washing 58 Bump 58 Mud

Claims (1)

6. Apply for the special 4H method, including: 1. Divide the mud into the mud and mix the prototype into an appropriate amount of Shixi gum, wait for the silicone gel to remove the appropriate amount, and complete. 2. Resin resin with resin The prototype is located on the surface of the gypsum plug. After the gypsum plug glue of a proper thickness is solidified, a proper amount of gypsum slurry is removed from the silicon mold, and the entire plug material of the bottom mold plug plate is removed; the surface of the silicone mold blank is densely covered. The prototype of the short chamfered ceramic ornament is a silicon surface densely covered with a short surface and placed in a container. After curing, the resin is cast or a resin prototype is cast. The silicon prototype and a stone straight mold line plate are placed flat on the support. The number of silicone molds coated with silicone rubber; the periphery of the mold is blocked by the upper edge of the first silicone piece, and the stone mold is turned around at the periphery of the gypsum slurry. The stone mold is copied to form a resin prototype: The chamfered mud blank prototype is coated with silicone The cloths are all placed in a preset container and positioned, and the prototype of the cement injection mold is completely buried in the silicone rubber of the container. A cut and the prototype of the cement injection mold are taken out; poured into the silicone mold, and the resin is cured. The board is combined so that the upper part of the cast is above the tree; on the block, the exposed resin in the upper part of the original 'Shi Xijiao' will be enclosed on the surface of the resin prototype and injected with an appropriate amount of silicone rubber, waiting for Shi Xi mold Casting operation of the silicon module; the inner edge of the baffle sealed around, forming a bottom module after casting; the board, the bottom module, the silicon module and the gypsum plaster plug board and remove the adhesion to the resin prototype The bottom module of the tool is placed on the flat plate Page 17 Sixth, the scope of the patent application: The surface coating release agent is exposed on the silicon module and coated with Shixi glue several times. The nightmare will be on the surface of the resin original mold, and the Shixi glue will be enclosed by a stretcher. And the injection produces 1 when the thick silicone mold is casted; the stubborn silicone rubber completes the second silicon removal of the bottom mold of the two silicon molds, and the mold is taken out; dry work—the resin original two silicone molds in the silicon molds. The bottom of the silicon module and the silicon module are filled with the knuckle soil of the appropriate thickness, the appropriate amount of stone slurry is formed, and the upper mold is formed after the knotting. # ° ® 封后 / 尧 鎿 的"Wood" fence = board, remove the wood and soil in the mold cavity of the upper mold and remove the stone mold, and clean the mold cavity; 3. Wash the cast mud chain with the stone mold: 10 Put the silicone mold flat on the platform. On the top, the cavity of the silicon and high-quality mold faces upward. Cast an appropriate amount of mud into the cavity of the silicon mold, and then remove the upper wedge from the upper mold to form it. Apply the mud to the two blanks to be joined. The mud in the line position; the pieces are clamped together; the washed mud is squeezed and squeezed into the module in the upper mold, and the mud is dry enough to be removed The half-plane mud blank with uniform thickness; attached to the bonding line of the two blanks in the cavity of the silicon module, and merged the silicon module with ij,, 0 ^ ΊΜ. M- W'J iltj ^ After drying After demoulding, a compact body with short chamfers on the surface can be obtained. The shaped remote body is placed in the smoke, and after high temperature smelting, the surface of the ceramic body of the ceramics after the sintering is covered with short chamfers and decorations. Stripe. 2. The method for manufacturing the short chamfered ceramic ornament on the surface of the green body according to the first item of the patent application, wherein the resin prototype and a plaster plug • The scope of the patent application: :: is located in the upper part of the resin prototype, the periphery of the resin prototype is located behind the # n '# r * r, the mold ==, the second mold ::; ==: · :: Position of the edge The edge of the flange of the flange module is jealous of the silicon cavity and the positioning groove. Vermiculite module snap ring tenon-knot two, according to the first patent application Fanyuan first chamfered ceramic ornaments Mugashi-* 丨 tendon surface in the cloth short recast, -species Straight: The germline of the silicone mold in this process is directly the component of the mud mold and the plaster plug silicone mold. Low τ set is turned into ABfe) 4: The manufacturing method of the compact surface of the green body described in the first item of Yishengu's patent == manufacturing method ', wherein each silicon mold used in the manufacturing chain includes: J 可: Silicon module, with a cavity formed by a blank in the center. The surface of the cavity: ^ Surface dense: a copy of the short chamfered prototype. The periphery of the cavity of the silicon module is provided with a suitable thickness. Silicone surface;, a bottom module, set under the stone Xi quality module, wash molding method: ::::: The periphery is provided with a plurality of positioning recesses, ㈣ quality mold The gypsum slurry is cast on the upper edge surface of the silicon module. The upper module is adjacent to the silicon module cavity, and a protruding inner module is provided. A body wash is reserved between the inner module and the cavity. Casting gap: "The mud crowd in the mold cavity fills the gap, so that the protruding inner module absorbs the water in the mud cracks. Page 19 UUV-Patent Application Fanyuan V. According to the first patent application scope The method of manufacturing a chamfered ceramic ornament as described above, wherein the surfaces are densely packed with cavities of short modules -Kinds of the upper module and the casting port of the upper mold, and the cavity of the silicon module is introduced into the cavity f for the slurry to be cast from the space. /, Between the inner modules of the module 26, according to the scope of the patent application The master of the first item, the manufacturing method of the corner ceramic ornaments: the space between the cavities of the small stone-like molds on the surface, [: zhenhai ;;: the upper mold and the mold of the mold The mold cavity surface is preliminarily thin with a slurry of 7, which is located between the silicon upper module and the stone evening module. Washing and casting: the body layer, and then the slurry is washed and cast in the seventh, according to the scope of the patent application-chamfered ceramic decorations The manufacturing method is described in 2. The compact body is covered with short bodies on the surface,-the species is-the flat surface, county: 5 Hai billet or fine plastic "turned short chamfered chamfered ceramic ornaments" The small body is densely covered with small bodies on the surface of the manufacturing method 2, a set of Taumann ornaments made of a plurality of complete chains, wherein the one-piece blank system converted by a silicon mold is made of a silicon mold; Every synthesis—complete body :, the pieces are finished, and then the mud is added to the group. Page 20